Maglev - Wikipedia, Maglev train research paper

Maglev train research paper

Maglev trains use superconductor magnets that are cooled to incredibly low temperatures to produce intense magnetic fields used to drive the train forward and keep it hovering off of the tracks. To learn more about superconductors, you can look at this lesson: The Use of Superconductors & Magnetic Levitation in Transportation .

The magnetic field created by these coils enables both the levitation and the propulsion of the Maglev, thanks to metal coils in the beams located along the tracks. In these tracks, there are two types of coils: propulsion coils and levitation coils.

Known as ‘maglev’ for short, the technology uses a sophisticated electromagnetic system to suspend rail carriages 1cm above a single track to create a fully frictionless and wheelless rail system.

In 1888, Michel Verne , son of Jules Verne , imagined a submarine pneumatic tube transport system that could propel a passenger capsule at speeds up to 1800 km/h under the Atlantic Ocean in a short story called "An Express of the Future". [2]

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Germany was testing their Transrapid 07 maglev at the TVE (Transrapid Versuchsanlage im Emsland) test track between Nordschleife and SÑŒdschleife. Both test vehicles have traveled more than 400,000 km on the test track as of December 1996. The longest nonstop test has been 1,674 km in May of 1993. In June of the same year, the Transrapid 07 set a new maglev speed record of 450 km/hour. In 1991, Germany's government certified the operation of the first maglev train for the public. A maglev route was to be constructed between Hamburg and Berlin.

A few countries are using powerful electromagnets to develop high-speed trains, called maglev trains . Maglev is short for magnetic levitation, which means that these trains will float over a guideway using the basic principles of magnets to replace the old steel wheel and track trains. In this article, you will learn how electromagnetic propulsion works, how three specific types of maglev trains work and where you can ride one of these trains.

As an alternative to high-speed rail based on traditional flanged-wheel vehicles, the technology of magnetic levitation, or maglev, has received considerable attention and research, though its practical applications have been limited by cost, safety concerns, and satisfaction with traditional high-speed systems. A maglev vehicle…